The new Aviation Meteorology specialization in the Graduate Aeronautics program at Embry-Riddle
The Aviation Meteorology AOC is designed to be a cross-disciplinary program that will be very important as we enter the Next Generation Air Transportation System (NextGen) era. In order to make the transition from today's operations in which critical functions such as weather and air traffic control are largely separate, to the NextGen era with its collaborative decision-making and probabilistic decision assistance tools, people are needed who can be equally conversant and comfortable across multiple functional areas—precisely the types of individuals we are aiming to produce with this program. The NextGen concepts of Weather/Air Traffic Management Integration, Weather Technology in the Cockpit, Trajectory Based Operations, and Collaborative Decision-making will require professionals trained to think outside of traditional “stove-piped” functions. The market for individuals with cross-disciplinary graduate training in both meteorology and aviation will expand as the Federal Government, industry, and academia build the NextGen system over the next 15 years.
The AOC in Aviation Meteorology revolves around a four-course sequence consisting of a graduate survey course in meteorology, an advanced aviation meteorology course, a research seminar that focuses on special topics, and a choice of dual-credit 400-level courses in applied meteorology such as statistical applications. Additionally, students will have the option of a six-credit M.S. thesis, which will allow them to work alongside graduate faculty and industry partners who are doing cutting-edge research, so that a graduate from this AOC could have as many as half of his/her credits in advanced aviation meteorology by the time the program is completed. Initial response from the student body has been enthusiastic, as evidenced by an experimental graduate seminar in Weather and Air Traffic Integration this summer that drew students with backgrounds in commercial and private aviation, applied meteorology, and engineering physics.